Sentence examples for secondary contribution of from inspiring English sources

The anion chemistry of surface water is dominant by HCO3 − and Cl− with secondary contribution of SO4 2− (Fig. 3a).

A secondary contribution of our work is a method for automatically evaluating tip-mining algorithms without humans in the loop.

In the cutting force, feed rate and depth of cut contribute 52.60% and 41.63% respectively, plus interaction effect between feed rate and depth of cut provides secondary contribution of 3.85%.

The secondary contribution of this paper is the analysis of pros and cons of HBC, comparison of it with the other state-of-the-art (SotA) WBAN communication technologies, and the reported real-life measurement results related to the positioning of the electrodes for HBC communication.

A secondary contribution of this work is that we discuss the pros and cons of several different types of decision tree-based regression methods and report the results of experiments comparing their predictive accuracy when building models to predict Kt:p and Vss.

Morphological and functional changes were also observed in mitochondria from MSD brain but these were not directly associated with neuronal cell loss, suggesting a secondary contribution of mitochondria to neurodegeneration.

Along with the findings, the primary and secondary contributions of this research brought to the EM knowledge domain are presented.

Furthermore, secondary contributions of this work include: 1) discussing some trends and challenges to this community; 2) contributing to consolidate the area in Brazil; and 3) allowing greater cooperation among its members and international researchers.

A non-linear quadratic model best describes the variation of surface roughness with major contribution of feed rate and secondary contributions of interaction effect between feed rate and depth of cut, second-order (quadratic) effect of feed rate and interaction effect between speed and depth of cut.

Ligand-gated ion channels, including cys-loop receptors such as the glycine receptor, have been the targets of peptide-based drug design and are considered to be likely candidates for mediating the effects of anesthetics in vivo, but the possible secondary contributions of contaminants and metabolites to these effects have not been studied.

A secondary contribution reiterates the importance of 'place' and the necessity of 'sufficient time' for adult development to occur.